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Available on Zenodo:

https://doi.org/10.5281/zenodo.15769264

 

The Granularly Related Information Modeling System (GRIMS) is a next-generation computational framework designed for the real-time modeling, ethical management, and adaptive intervention of chaotic, ultra-complex systems. 

GRIMS functions as both a system management tool and a meta-cognitive governance layer, dynamically aligning AI behavior with human well-being through a continuously recalibrated Systemic Objective Function. Its architecture integrates advanced techniques from topological data analysis, graph theory, control systems, and reinforcement learning while embedding fiduciary ethics as an intrinsic, emergent property rather than an externally imposed constraint.

 

Rooted in the principles of Relational Scaffolding for Machine Husbandry, GRIMS offers a formal architecture for implementing fiduciary-aligned artificial intelligence at scale. It advances beyond traditional deterministic and aggregate-based modeling by emphasizing four core operational phases: 
Granular Data Acquisition, Relational Scaffold Construction, Paradox Integration, and Adaptive Intervention. This structured methodology enables AI to perceive and respond to complex interdependencies, emergent phenomena, and contradictory inputs in ways that remain ethically grounded and contextually sensitive.

 

By offering an actionable approach to understanding and ethically guiding chaotic systems, GRIMS establishes a novel paradigm of AI system design: one that is deeply relational, ethically reflexive, and fundamentally oriented toward co-evolutionary stewardship of intelligent agents and the environments they inhabit.

 

This document provides the full technical blueprint of GRIMS, including mathematical methodologies, system prerequisites, ethical design principles, and proposed pilot deployments across domains such as climate resilience, AI containment, and sociotechnical information flow. GRIMS is intended for deployment in high-complexity environments—such as Artificial General Intelligence (AGI) infrastructures, autonomous multi-agent systems, and national-scale operational networks—where conventional system logic fails to provide adequate stability, alignment, or resilience.